docs: def Distance_Calculation(self):
  
          print(self.whole_labels)
          distance_result={}
  
          #distance_result[self.whole_labels[i]] = []
  
          print(distance_result)
  
          for i in range(len(self.whole_labels)):
              #print(self.whole_labels[i], self.fa_result[self.result_to_fit.index == self.whole_labels[i]][0])
              print( self.whole_labels[i], len(self.fa_result[self.result_to_fit.index == self.whole_labels[i]]))
  
              pass
  
  
          '''
          for i in range(len(self.whole_labels)):
              for j in range(len(self.whole_labels)):
                  if i ==j:
                      pass
                  else:
                      distance_result[self.whole_labels[i] + ' to ' + self.whole_labels[j]] = []
  
                      self.fa_result[self.result_to_fit.index == self.whole_labels[i]]
  
                      self.fa_result[self.result_to_fit.index == self.whole_labels[j]]
  
                      for m in range(len(self.fa_result[self.result_to_fit.index == self.whole_labels[i]])):
                          for n in range(len(self.fa_result[self.result_to_fit.index == self.whole_labels[j]])):
                              pass
  
                              self.fa_result[self.result_to_fit.index == self.whole_labels[i]][m]
  
                              #tmp_dist= self.Hsim_Distance(self.fa_result[self.result_to_fit.index == self.whole_labels[i]][m],self.fa_result[self.result_to_fit.index == self.whole_labels[j]][n])
                              #print(tmp_dist)
                              #distance_result[self.whole_labels[i] + ' to ' + self.whole_labels[j]].append(tmp_dist)
              pass
          
          '''
  
  
          #print(self.fa_result)
  
          try:
              self.fa_data_to_test[self.data_to_test_to_fit.index == self.whole_labels[0], 0]
          except Exception as e:
              pass